The responses of plants to salt stress were discussed with respect to the effect of salt stress on phenotypic characters, photosynthesis, and phyto-hormone of plants. So far, many adaptation mechanisms of plants to sa...The responses of plants to salt stress were discussed with respect to the effect of salt stress on phenotypic characters, photosynthesis, and phyto-hormone of plants. So far, many adaptation mechanisms of plants to salt stress are known, among them osmoregulation and compartmentation of inorganic ions were especially related in the context about their roles on adaptation of plants to salt stress. In addition, the progresses of plant tolerance to salt stress mechanism, revealed by molecular biological methods in recent years, were also discussed in this paper. Ref展开更多
New advances in molecular biology of plant secondary metabolic pathway were summarized. The biosynthesis of artemisinin was used as an example, combined with the research work in the authors’ laboratory. Some new way...New advances in molecular biology of plant secondary metabolic pathway were summarized. The biosynthesis of artemisinin was used as an example, combined with the research work in the authors’ laboratory. Some new ways for producing plant secondary metabolites were proposed.展开更多
文摘The responses of plants to salt stress were discussed with respect to the effect of salt stress on phenotypic characters, photosynthesis, and phyto-hormone of plants. So far, many adaptation mechanisms of plants to salt stress are known, among them osmoregulation and compartmentation of inorganic ions were especially related in the context about their roles on adaptation of plants to salt stress. In addition, the progresses of plant tolerance to salt stress mechanism, revealed by molecular biological methods in recent years, were also discussed in this paper. Ref
文摘New advances in molecular biology of plant secondary metabolic pathway were summarized. The biosynthesis of artemisinin was used as an example, combined with the research work in the authors’ laboratory. Some new ways for producing plant secondary metabolites were proposed.
